This article is from the source 'bbc' and was first published or seen on . It last changed over 40 days ago and won't be checked again for changes.

You can find the current article at its original source at http://www.bbc.co.uk/news/world-europe-32835804

The article has changed 2 times. There is an RSS feed of changes available.

Version 0 Version 1
Prehistoric Danish girl 'probably born in Germany' Prehistoric Danish girl 'probably born in Germany'
(about 21 hours later)
A girl buried 3,400 years ago in Denmark, who became one of the country's best-known Bronze Age relics, was probably born in Germany, scientists have discovered.A girl buried 3,400 years ago in Denmark, who became one of the country's best-known Bronze Age relics, was probably born in Germany, scientists have discovered.
The so-called Egtved Girl was discovered in 1921 in a burial mound in the Jutland Peninsula, along with the cremated bones of a young child.The so-called Egtved Girl was discovered in 1921 in a burial mound in the Jutland Peninsula, along with the cremated bones of a young child.
She was estimated to have been between 16 and 18 when she died.She was estimated to have been between 16 and 18 when she died.
It was assumed she was Danish, but this research has challenged that view.It was assumed she was Danish, but this research has challenged that view.
A team of scientists led by Karin Margarita Frei from the National Museum of Denmark analysed girl's teeth for levels of the radioactive element strontium. The study has been published in the journal Scientific Reports.
Strontium exists in the earth's crust and is absorbed by humans, animals, and plants through water and food. A team led by Dr Karin Margarita Frei from the National Museum of Denmark analysed girl's teeth for levels of the radioactive element strontium.
But natural levels of strontium vary from region to region, and the amount found by researchers in one of the girl's first teeth indicated she grew up in the Black Forest area of southwestern Germany, 800 kilometres (500 miles) to the south of her burial place. Strontium exists in the Earth's crust and is absorbed by humans, animals, and plants through water and food.
But natural levels of strontium vary from region to region, and the amount found by researchers in one of the girl's first teeth indicated she grew up in the Black Forest area of southwestern Germany, 800km (500 miles) to the south of her burial place.
A long journeyA long journey
It was already known that the Egtved Girl was born on a summer's day in 1370 BC, but there were few clues in her coffin to where she spent her life.It was already known that the Egtved Girl was born on a summer's day in 1370 BC, but there were few clues in her coffin to where she spent her life.
Her clothes pointed to a person of high standing.Her clothes pointed to a person of high standing.
The girl's bones had been dissolved by the acidic water in the coffin but her blond hair, teeth, nails and parts of her brain and skin were extraordinarily preserved. The girl's bones had been dissolved by the acidic water in the coffin but her blond hair, teeth, nails and parts of her brain and skin were extraordinarily well preserved.
Ms Frei's team traced the final two years of the girl's life by analysing the elements in her 23-centimetre-long hair. Their groundbreaking chemical sleuthing showed she had been on a long journey shortly before she died. Dr Frei's team traced the final two years of the girl's life by analysing the elements in her 23-cm-long hair. Their groundbreaking chemical sleuthing showed she had been on a long journey shortly before she died.
"If we consider the last two years of the girl's life, we can see that, 13 to 15 months before her death, she stayed in a place with a strontium isotope signature very similar to the one that characterises the area where she was born," Ms Frei said. "If we consider the last two years of the girl's life, we can see that, 13 to 15 months before her death, she stayed in a place with a strontium isotope signature very similar to the one that characterises the area where she was born," Dr Frei said.
"Then she moved to an area that may well have been Jutland. After a period of nine to 10 months there, she went back to the region she originally came from and stayed there for four to six months before she travelled to her final resting place, Egtved.""Then she moved to an area that may well have been Jutland. After a period of nine to 10 months there, she went back to the region she originally came from and stayed there for four to six months before she travelled to her final resting place, Egtved."
That timeline represents the first time researchers have been able to so accurately track a pre-historic person's movements.That timeline represents the first time researchers have been able to so accurately track a pre-historic person's movements.
Professor Kristian Kristiansen from the University of Gothenburg said the discovery confirmed that Bronze Age Denmark shared close ties with Southern Germany, and that the girl was likely given in marriage to cement ties between two families. Prof Kristian Kristiansen from the University of Gothenburg said the discovery confirmed that Bronze Age Denmark shared close ties with southern Germany, and that the girl was likely given in marriage to cement ties between two families.
"In Bronze Age western Europe, southern Germany and Denmark were the two dominant centres of power, very similar to kingdoms," he said."In Bronze Age western Europe, southern Germany and Denmark were the two dominant centres of power, very similar to kingdoms," he said.
"We find many direct connections between the two in the archaeological evidence, and my guess is that the Egtved Girl was a southern German girl who was given in marriage to a man in Jutland so as to forge an alliance between two powerful families.""We find many direct connections between the two in the archaeological evidence, and my guess is that the Egtved Girl was a southern German girl who was given in marriage to a man in Jutland so as to forge an alliance between two powerful families."
Parts of Sweden and Norway and the geologically old Danish island of Bornholm were also identified as possible locations for her birth, but southwestern Germany was by far the most likely, according to the research team.Parts of Sweden and Norway and the geologically old Danish island of Bornholm were also identified as possible locations for her birth, but southwestern Germany was by far the most likely, according to the research team.
Ms Frei and Mr Kristiansen said they now plan to analyse strontium levels in other human remains found in Denmark to piece together the stories of more prehistoric lives. Dr Frei and Prof Kristiansen said they now planned to analyse strontium levels in other human remains found in Denmark to piece together the stories of more prehistoric lives.